Human-performance vulnerabilities
Identify physiological, cognitive, and environmental conditions that degrade performance, readiness, or recovery.
Crew+ Apogee helps aerospace, defense, and high-reliability organizations improve human performance, reduce operational risk, and design systems that work with—not against—the people who operate them.
We identify where physiology, cognition, training, design, and operational demands intersect—then turn evidence into practical improvements.
Identify physiological, cognitive, and environmental conditions that degrade performance, readiness, or recovery.
Evaluate whether interfaces, equipment, procedures, and environments support the people expected to use them.
Align training objectives, methods, and measures with the demands operators face in the real mission environment.
Translate human-factors evidence into design recommendations, risk controls, policy, and targeted interventions.
Flexible advisory, research, review, and training support tailored to the maturity and needs of each program.
Physiological, cognitive, and environmental analysis for aircrew and extreme-environment operators.
Human-centered requirements, design review, usability assessment, and operational integration.
Risk characterization, causal analysis, countermeasure development, and prevention strategy.
Evidence-based training design, evaluation, and optimization for high-consequence operations.
Human-factors analysis supporting investigation, corrective action, and safer system performance.
Study design, technical review, validation planning, and translation of evidence into decisions.
A rare combination of scientific depth, operational perspective, and design thinking across the aerospace lifecycle.
Connecting biological limits with system requirements and design decisions.
Experience spanning frontline aviation, developmental flight test, research, and safety.
Converting research into usable interventions, requirements, and decisions.
Insight from concept and training through test, fielding, and sustainment.
“The most sophisticated aerospace system can still fail when it does not account for the human operating it.”

Amanda’s career has focused on a central question: how do we design aerospace systems, training, and operations around the capabilities and limitations of the human beings inside them?
Her experience spans Naval Aviation, developmental flight test, operational safety, spatial disorientation, survival and emergency egress, and human-performance research for extreme environments.
Meet the founder →